Lapp Silver Nickel Plated Brass Cable Gland Locknut, PG13.5 Thread

View all Cable Gland Locknuts
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Subtotal (1 pack of 5 units)*

Kr. 96,55

(exc. VAT)

Kr. 120,70

(inc. VAT)

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5 - 70Kr. 19,31Kr. 96,55
75 - 245Kr. 18,396Kr. 91,98
250 +Kr. 17,824Kr. 89,12

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RS Stock No.:
839-5365
Mfr. Part No.:
52103230
Brand:
Lapp
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Brand

Lapp

Material

Nickel Plated Brass

Product Type

Cable Gland Locknut

Thread Size

PG13.5

Colour

Silver

Minimum Operating Temperature

-60°C

Maximum Operating Temperature

200°C

Standards/Approvals

No

COO (Country of Origin):
DE

LAPP SKINDICHT Series Cable Gland Locknut, PG13.5 Thread Size, Nickel Plated Brass - 52103230


This cable gland locknut is a nickel‑plated brass accessory designed to secure cable glands in enclosures with coated or treated surfaces. It is intended for use where a robust metal locking component is needed to achieve electrical equipotential connection while penetrating insulating surface finishes.

Features & Benefits


• Nickel‑plated brass construction provides corrosion resistance and conductivity
• Operates across −60°C to 200°C for wide thermal tolerance
• PG13.5 thread ensures compatibility with PG‑format cable glands
• Silver finish allows Visual identification and surface matching

Applications


• Suitable for securing cable glands on powder‑coated enclosures
• Ideal for electrical panels requiring equipotential connection
• Used with brass gland assemblies in automation cabinets
• Can be used for retrofit of anodised housings in machinery
• Suitable for electronics enclosures exposed to temperature extremes

How does the locknut ensure contact through painted or coated surfaces?


When tightened, the serrated seating deforms the coating locally to establish metal‑to‑metal contact for equipotential bonding.

Which thread form must mating components provide?


Mating parts require the PG13.5 thread form to engage correctly with the internal thread.

What temperature extremes can it withstand during operation?


It remains functional across a service range from −60°C up to 200°C without material failure.

Is the material appropriate for conductive joint requirements?


The brass base with nickel plating delivers both conductivity for bonding and surface protection against corrosion.

Standards

RoHS, CE, EC000940 Classification

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